MATEO ABOYProfessor of Engineering (EERE, ETM, OIT)Senior Research Scholar (LML, U.Cambridge)

mateo.aboy@oit.edu (OIT), ma608@cam.ac.uk (Cambridge)— www.oit.edu/mse — www.lml.law.cam.ac.uk/people/members — https://www.apdm.com —

Profile Summary

Teaching: Professor with a track-record of outstanding teaching excellence (150+ class sections).Research: Author of 100+ scholarly publications, H-index: 25+, i10-Index: 50+.Invention: Creator of 20+ inventions which received US patent protection.Innovation: Founder of 4 companies to commercialize key patented technologies & offer professional services.Funding: Experienced securing and administering various types of funding for public/private initiatives.Patent Law: Licensed to practice in patent cases before USPTO & 10 years of patent prosecution experience.Administration: Experienced as a Program Director, Department Chair, VPR and Associate Provost.Leadership: Experienced in C-Level Management, Strategy Development, and Negotiation.Technical Expertise: Engineering (Data Science, DSP & AI), Law (IP & IT), Technical Management.Languages: English, Spanish, Galician, Portuguese (C1), Italian (B2), French (A1), German (A1).

Education

Science & Engineering– PhD, Electrical & Communications Engineering (Information & Data Science), University of Vigo, ES, EU– Cert., Digital Signal Processing, University of Oxford, UK– Prof. Cert., Sustainable Energy Conversion and Storage, Stanford University, CA, US– MPhil, (DEA) Information & Telecommunications Engineering, ETSET, University of Vigo, ES, EU– MS, Electrical & Computer Engineering, CECS, Portland State University,OR, US– Ing, (Engineer) Telecommunications Engineering, MEC, Spain, EU– BS, Electrical Engineering & Physics, Minor in Mathematics, CECS, Portland State University, OR, US

Law, Patent Prosecution & IP Technology Transfer/Licensing– SJD/LLD, Doctor of Juridical Science, Faculty of Law, University of Salamanca, ES, EU (IP)– Law Degree, Graduate Qualifying Law Degree (Grad QLD LLB), UCL/ULLS, University of London, UK– Law Revision Programme (Contract, Trusts, Tort, Property, Public & EU), University of Cambridge, UK– Cert., Negotiation & Leadership, Harvard Law School, Harvard University, MA, US– RPA, Registered Patent Agent, United States Trademark & Patent Office, VA, US– CLP, Certified Licensing Professional, Licensing Executives Society, VA, US

Management & Leadership– MBA, International Management, University of London, UK, EU– Exec. Cert., Management & Leadership, MIT Sloan, Massachusetts Institute of Technology, MA, US– Cert., Strategy, Financial Analysis & Technical Management, MIT Sloan, MIT, MA, US

§Academic Honors & Awards: BSEE (High Honors), Outstanding Undergraduate Student Award, OutstandingSenior Project Award, National Research Society (Full Member based on “Noteworthy Research Contributions”),National Engineering Honor Society, International Engineering Honor Society, Golden-Key Honor Society; MSECE(Summa Cum Laude), Outstanding Graduate Student Award; MS (DEA) & PhD - Doctorate (Summa Cum Laude),MBA (Honors/Merit), Intel Faculty Fellow (Intel Fellowship Award), University Faculty Achievement Award (highestuniversity-wide distinction awarded to a faculty member for excellence in teaching and service at Oregon Institute ofTechnology), 2013 Portland Business Journal “40 under 40” Award, Nightingale Best Scientific Paper Award (awarded2015 for paper published in MBEC in 2012).

Professional Licenses & Bar Admissions

Chartered Professional Engineer (PE), Electrical & Telecommunications (COIT 12640), Licensed in the EU.

Bar Admission to Practice in Patent Cases before the USPTO (Prosecution of Patent Cases before USPTO).

Bar Admission to Practice before the Patent Trial & Appeals Board (PTAB), USPTO.

Faculty Experience

2016-Pres :: Senior Research Scholar, LML, University of Cambridge, UK

2012-Pres :: Full Professor (Tenured), EERE, College of Engineering, Technology & Management, OIT, US

2015-2017 :: Professor (Visiting Academic), CIPIL, University of Cambridge, UK

2008-2012 :: Doctoral Professor (Joint Appointment), Biomedical Engineering Div, OHSU, US

2008-2012 :: Associate Professor (Tenured), Electrical Engineering & Renewable Energy Department, OIT

2007-2011 :: Research Professor (Joint Appointment), Polytechnic University of Valencia, ES, EU

2006-2012 :: Doctoral Professor (Joint Appointment), DSP Doctoral Program, ETSIT-U.Vigo, ES, EU

2004-2008 :: Assistant Professor (Tenure Track), EET (15-17) & EERE Department, OIT, US

Fellowships

2009-Pres :: Scientific Fellow, APDM Inc, US

2016-2017 :: Visiting Fellow, Wolfson College, University of Cambridge, UK

2005-2007 :: Intel Faculty Fellow, Intel Inc, US

Academic Leadership & Service

2016-Pres :: Program Director, MS in Engineering (MSE), Oregon Institute of Technology

2011-2015 :: Vice President for Research, Oregon Institute of Technology

2011-2015 :: Associate Provost (VP for Portland/Wilsonville Campus), Oregon Institute of Technology

2011-2015 :: University President’s Council, Oregon Institute of Technology

2008-2015 :: University Provost’s Council, Oregon Institute of Technology

2008-2015 :: University Provost’s Academic Council, Oregon Institute of Technology

2008-2012 :: Department Chair, Electrical Engineering & Renewable Energy Department, OIT

2009-2012 :: Chair, Task Force on Research, Innovation, and Technology Transfer, OIT

2009-2013 :: Director & Patent Counsel, Office of Innovation & Technology Transfer (OITT), OIT

2010-2011 :: Graduate Council, Oregon Institute of Technology

2008-2012 :: ETM School Dean’s Academic Council, Oregon Institute of Technology

2006-2007 :: President’s Strategic Positioning Team, Oregon Institute of Technology

2006-2007 :: President’s Applied Research Strategy Council, Oregon Institute of Technology

2006-2007 :: Executive Committee, Oregon Center for Health Professions, OIT

2006-2009 :: Strategic Enrollment Management Committee, OIT-PDX

2005-2008 :: Program Director, Electronics Engineering Technology & EE Post-Bacc., EERE, OIT

Professional Memberships

Chartered Professional Engineer, COIT Professional Engineering Society (COIT No. 12684), EU

Scientific Research Honor Society, US

IEEE-Institute of Electrical & Electronics Engineers, IEEE Engineering in Medicine & Biology Society

National Association of Patent Practitioners (NAPP), Licensing Executives Society (LES)

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Teaching: Summary by Area & Expertise

– Data Science: Statistical Data Processing, Computational Data Analysis, Programming for Data Science– Information Engineering: Linear Systems, Digital Signal Processing, Communication System Design– Programming: Computer Programming for Engineers, MATLAB Programming, LabVIEW Programming– Electronics Engineering: Circuit & Systems, Analog Electronics, ASIC Design, DSP– Law: Intellectual Property Law, Patent Law, and Business Law for Engineers & Managers– Management: Engineering Management, Strategy, Innovation & Entrepreneurship– Research: Research Methods (Peer-Reviewed Research, Empirical IP Research, Technology Management Research)

Teaching Experience: Selected Courses Taught

Teaching Assignments: >150 classes taught at OIT from 2004/5 to 2017 (Total Class Enrollment: >1500 students)Course Evals: Average Numerical Course Evaluations: 4.7/5.0; Student Comments & Evals Available Upon RequestListing Format: Course Prefix/Number – Course Title – Term/Year – University

Doctoral Level Courses

T141a173 – Patent Fundamentals for Researchers and Inventors – S09, F15 – ETSIT-U. Vigo

CSEE580/680 – Signals & Linear Systems – F08, W09, F10, F11 – OHSU

BME582/682 – Nature & Analysis of Biomedical Signals – W05, W08, W09, F09, W10 – OHSU

T141a171 – Data Science: Advanced Statistical Signal Processing (Online) – S07,S08,F09,F10,F11 – U. Vigo

T141a172 – Biomedical Signal Processing (Online) – 08-09 – ETSIT-U. Vigo

Master Level Courses

ENGR/REE511 – RM&I: Intellectual Property & Patent Law – F12, F13, F14 - OIT

ENGR/REE512 – RM&I: Research Methods & Innovation: Peer-Review Research – S17 - OIT

ENGR/REE513 – RM&I: Commercialization & Technology Transfer – S13, S14 - OIT

SUS 542 – Alternative & Renewable Energies – S10 – Marylhurst University

Engineering Courses

EE407 – Patent Fundamentals for Engineers and Managers – Su08, Su09, Su10, F10, S11 – OIT

EE407 – Advanced Digital Signal Processing – S10, F10 – OIT

EE431 – Digital Signal Processing – W10, W11, W12, W13, W16, W17 – OIT

ENGR267 – Programming for Engineers – Su10, W11, Su11, Su13, W14, Su14, Su15, W16, S16 – OIT

EE225 – Circuits III - Laplace Transforms & Applications – S08, F08, S09, F09, S10, S11, F11 – OIT

EE321 – Electronics I - Amplifiers & Semiconductors – F07, F08, F09, S10, F10, F11, F16, F17 – OIT

EE323 – Electronics II - Transistor Amplifiers – W08, F09, W10, W16 – OIT

REE201 – Introduction to Renewable Energy – F09 – OIT

REE221 – LabVIEW Programming – W06, Su06, W07, Su07, W08, W09 – OIT

ENGR407/465 – Senior Project – F09, W10, S10, F10, W11, S11, Su11, F11 – OIT

Other: Reliability & Quality Control, ASIC Design, Laplace Transforms & Applications, Data Science

Mathematics and Statistics

MATH465 – Mathematical Statistics – W06 – OIT

MATH407 – Special Topics in Linear Algebra – S09 – OIT

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Overall Research Summary

– Current Primary Research Topic: “Empirical Study on the Patentability of Information Age Inventions”– Engineering Research Areas: Data Science, IP Analytics, DSP, BSP, Medical Devices– Law Research Areas: Patent Law, Medical Device Law, Tech Transfer, Computational Law– Management Research Areas: Competitive Strategy, Disruptive Innovation, Enterprise Valuation, Biotech– Scholarly Articles Published: 100+ (Available in Google Scholar)– Inventive Activity: 20+ issued patents and patent publications (Available in USPTO)– Research Statistics: h-Index: 25+, i10-index: 50+, Citations: >2000, MAR 14 Ranking: 51 out of 48515– Funding: Secured $10.0M+ in funding for R&D initiatives (public & private)

Engineering Research Summary: DSP, BSP & Applications

The overall theme of my research in this area is to develop novel engineering methods to help solve relevantdata science (big data), digital signal processing, and biomedical engineering problems. I’m particularlyinterested in problems involving the application of advanced statistical signal processing & data sciencetechniques to develop novel methods to analyze and extract information from physiologic signals that canhelp doctors make better diagnostic decisions and improve patient outcome. Additionally, I’m interested inthe development of innovative medical devices & diagnostic systems that have the potential to improve patienttreatment and quality of life while reducing the overall cost of healthcare. As part of technology transferefforts to commercialize part of these research outputs, I co-founded APDM Inc (a wearable technologiescompany that commercializes best-in-class solutions for quantification of human movement using inertialsensors). For additional details visit: http://www.mateoaboy.com & http://www.apdm.com

Data Science Research Summary: Data Science, AI & Applications

This area of research is focused on the development and application of computational data science & artificialintelligence to solve data intensive problems of public and private interest. The research projects in this areatypically lie at the interface between engineering, law, and management sciences. The overall objectiveis to apply computational data science in order to conduct evidence-based (empirical) studies to guidepublic policy and/or private strategy. Sample areas of research include: Computational Data Science &IP, Legal/IP Informatics & Computational Analytics, Automated Patent Search Algorithm Development,Patent Landscape Studies, Empirical Legal Research (Impact Empirical Analysis of IP Decisions), MachineLearning & IP (e.g., Automatic Analysis of Patent Claims to Determine Similarity, Scope, and/or Validity),Empirical Patent Valuation, Empirical Licensing & Technology Transfer, Intellectual Capital & IP Strategy,and Computational Law. For additional details visit: https://www.lml.law.cam.ac.uk/people/members

Law & Management Research Summary: IP, Strategy & Innovation

This area of research is focused on intellectual property, competitive strategy, and innovation. I’m interestedin conducting research on intellectual property strategy, IP valuation, developing models and theoreticalframeworks for examining IP strategy and early stage patent valuation, and preparing review articles on“recent patents” on particular methods and technology areas (patent landscape studies). Currently, Iam actively conducting research on fundamental patent law questions involving subject matter eligibilityof information age inventions (e.g., computer-related inventions, data science inventions, biotech) and theimpact of recent US Supreme Court case law including Myriad v AMP, Mayo v Prometheus and Alice Corpv CLS Bank, as well as the parallel jurisprudence of the EPO and countries signatory of the EuropeanPatent Convention. A related area of research is focused on medical device law and regulation (US,UK and EU). In order to bring this patent law research to practice, I also actively prosecute selectedpatent applications before the USPTO. My part-time boutique patent practice is focused on cases raisinginteresting issues of patent law resulting in challenging patent prosecutions from a legal and technicalstandpoint. I have successfully prosecuted to Allowance dozens of patent cases overcoming USPTO OfficeActions raising complex 35 USC 101, 102, 103 and/or 112 legal rejections. In the field of strategy, I’mprimarily interested in application of the Delta Model (Hax) and the theory of disruptive innovation tovarious firms and their generalizations. For additional details visit: http://www.aboypatents.com andhttps://https://www.lml.law.cam.ac.uk/people/members

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Departmental Leadership Experience

Department Chair (2008-2012), Electrical Engineering & Renewable Energy (EERE), OITPortland Program Director (2017-Pres), MS in Engineering (MSE), OITPortland Program Director (2005-2008), EE(T), OIT

§ Summary of Accomplishments: Under my leadership and execution as the EERE Department Chair (2008-2012) and as a Portland Program Director (2005-2008), the EERE Department team achieved the objectivesoutlined below, resulting in the transformation of a technology department (Department of Electronics EngineeringTechnology in 2005) with a single program (BS in Electronics Engineering Technology) to a full engineeringdepartment (Department of Electrical Engineering & Renewable Energy) offering a BS in Electrical Engineering, aBS in Renewable Energy Engineering, a BS in Electronics Engineering Technology, a BS/MS (4+1) in Engineering& Applied Physics (Partnership with University of Oregon), a MS in Renewable Energy Engineering, and a MS inEngineering (Systems, Embedded, etc).

ABET Accreditation (New Program Accreditation for BSREE & BSEE)- Secured ABET accreditation for the BS in Renewable Energy Engineering program (ABET EAC, 2011).- Secured ABET accreditation for the BS in Electrical Engineering (ABET EAC, 2012).- Secured ABET accreditation for the BS in Electronics Engineering Technology (ABET TAC, 2008).

Development of Graduate Programs- Designed, developed, obtained approval for, and launched a Master of Science in Engineering (MSE) withmultiple specialties including MSE in Systems Engineering, and MSE in Embedded Systems Engineering.- Designed, developed and obtained approval for launching a Master of Science in Renewable EnergyEngineering (Launched in Fall 2012 and became the largest graduate program at Oregon Tech).- Launched a 4+1 partnership program with University of Oregon leading to a BS in Engineering from OITand a MS in Applied Physics from University of Oregon.

Transformation from Technology to Engineering- Transformed from a technology department with no faculty at the Ph.D./P.E. level to a full engineeringdepartment attracting 12 new full-time faculty at the Ph.D. level (11) or with P.E. licensure (2).- Transformed from a single technology program EET department to a multidisciplinary department withPh.D. faculty with graduate degrees in Electrical Engineering, Materials Science, Physical Chemistry, Physics,Mechanical Engineering, Energy Efficient, and Energy Policy.- Obtained approvals to offer new BS degrees in Electrical Engineering (WLV), Renewable Energy Engineering(KF, PDX), BS in Electronics Engineering Technology (PDX-West), MSREE, and MSE.

Diversity and Global Perspective- Transformed into a diverse department including faculty from 5 countries across 4 continents with highereducation degrees from 8 countries, and attracted 3 woman engineering Ph.D. tenure/tenure-track professors.

Department Extension Operations- Transformed the OIT-Portland Extension Operation for EET department from a 1.0 FTE faculty (W05)extension operation offering Engineering Technology in Clackamas (23 students) to a full EERE department(220 students) with 8 full-time faculty (7 Ph.D., 1 PE) across two locations: PDX-East (Clackamas, REE:>150 students) and PDX-West (Beaverton/Hillsboro, EE(T): > 75 students). Launched a full BS inElectronics Engineering Technology at the Portland Westside increasing the student-credit hours (SCH)generated by EET students at the at the PDX-West location from 192 to 2100+ SCH.

Strategic Enrollment Management- Achieved a total department enrollment of over 375 EERE students - Increased enrollment in EERE PDXfrom 24 (2004) to 220 (2011) - Increased enrollment in BSEET at PDX West from 3 (2004) to 70 (2011) -Increased enrollment in BSREE at PDX East from 3 (2004) to 152 (2011) - Increased enrollment in BSREEat KF from 2 (2008) to 98 (2011) - Increased enrollment in BSEE at KF from 10 (2008) to 57 (2011)

Funding- Attracted over $2,500,000 in federal funding for the EERE department (labs and faculty support) - Attracted$793,394 in equipment funding through internal competitive processes (Engineering Fee Fund, Resource BasedFee Fund grants, etc.) - Attracted NSF S-STEM funding of > $1,1175,000.

National Recognition - Contributed to OIT being nationally ranked by US News & World Report in thecategory of Best Undergraduate Engineering Programs (BS/MS universities): 35th

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University Leadership Experience

Associate Provost (2011-2015), Oregon Institute of Technology§ Brief Description of Position: As the Associate Provost, I served as the executive in residence at thePortland-Metro/Wilsonville Campus (i.e., VP for the Oregon Tech Wilsonville Campus) with overall responsibilityfor developing and executing the strategy to create a new urban, industry-focused branch-campus for Oregon Tech.Additionally, as the Wilsonville Campus Chief Academic & Operating Officer (Chief Campus Administrator), I hadoverall responsibility for strategy, daily operations and administration of the campus (Academics, F&A, StudentServices). Illustrative accomplishments include serving as the Founding Vice President for the Oregon Tech-Portland Metro Campus responsible for developing, leading, and successfully executing an academic strategy forestablishing an urban branch campus in Wilsonville ($30M+ capital project), doubling the number of academicprograms offered, creating a full-portfolio of engineering programs at the Wilsonville Campus, securing funding tolaunch and sustain academic programs (NPV > $25M), and growing the enrollment over 133% (SCH) in threeacademic years.

Vice President for Research (2011-2015), Oregon Institute of Technology§ Brief Description of Position: As the first Vice President for Research (VPR) at Oregon Tech, myresponsibility focused on promoting research, sponsored projects, innovation, and technology transfer at theuniversity. As the Chief Research Officer, I was responsible for university-wide advancement of the researchmission by encouraging and facilitating excellence in scholarly, sponsored research, and innovation activities. Asthe VPR, I served as the Authorized University Official with signature authority over Sponsored Projects, Grant-related agreements, Intellectual Property Agreements, Patentable Subject Matter, and Research Administration& Research/IP regulatory compliance. Illustrative accomplishments include: (1) Founding and overseeing theOffice of Sponsored Projects & Grants Administration, founding and directing the Office of Innovation & TechnologyTransfer (OITT), overseeing Graduate Council, and overseeing Oregon Tech IRB; (2) Representing Oregon Tech inexternal Councils and Boards with the other Oregon VPRs including the Oregon Innovation Council (OregonInc),the Commercialization Research Council, the BEST Board, the NWCSM Board, AUTM, and LES; (3) Providingfaculty support to secure external funding by encouraging investment in research infrastructure and promotingscholarship on campus. Major accomplishments include the founding and establishment of the Office of Innovation& Tech Transfer (OITT) and the Office of Sponsored Projects & Grants Administration (SPA) at Oregon Tech.

Founder, Director, and Patent Counsel (2009-2011), OITT, Oregon Institute of TechnologyOffice of Innovation & Technology Transfer (OITT) – http://www.oit.edu/faculty-staff/oitt

§ Summary of Accomplishments: Founded the innovation and technology transfer office at OIT and designed theprocesses, procedures, and training for the university to meet the institutional responsibilities (OAR-580-043-0011)with regards to intellectual property, statutory protection of IP assets, and dissemination of technology throughlicensing. The OITT is responsible for managing the intellectual property assets of OIT. Accomplishments include:

OITT Office Creation- Established the vision, mission, and objectives for the OITT.- Registered OITT with USPTO (Customer Number and Digital Certificate for access to USPTO-EFS).- Designed and oversaw the implementation of an advanced docketing system for accepting inventionsdisclosures and tracking the stages of patent prosecution before the USPTO, WIPO, and foreign offices.- Created standardized templates, forms, and agreements to support the process of invention disclosure,statutory protection, and licensing of technology.

IP Guidelines Development- Developed IP Guidelines interpreting the relevant OARs and IMDs for faculty & staff, industry sponsors,and companies and assured compliance with state and federal law (approved/adopted OUS Legal Counsel). -Developed the “Agreement to Assign Rights to Inventions and Discoveries” employment agreement (adoptedby OUS Legal Counsel).

Training Development- Trained the IP Specialists to staff the OITT and designed a professional development plan includingcertification by WIPO, AUTM professional development, and LES coursework.- Developed and delivered a training course for faculty and staff (OITT 101 “IP Basics for Faculty and Staff”)- Developed training for faculty inventors (OITT 102) to draft invention disclosures with written descriptionswith the required level of detail established by statute 35 USC $ 112 (written description, enablement, andbest mode).

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Summary of Professional Service & Appointments

2014-16 Chair, Commercialization Research Committee, Oregon Innovation Council (OregonInc)

2012-16 Board of Directors – Technical Advisor, Oregon Innovation Council (OregonInc)

2013-16 Board of Directors, Northwest Collaboratory for Sustainable Manufacturing

2013-16 Board of Directors, Oregon BEST

2013-16 Research Council, Oregon BEST

2011-15 Associate Editor/Editorial Board, ISRN Signal Processing Journal

2008-11 Associate Editor, IEEE Engineering in Medicine & Biology (EMBC)

2006-16 Associate Editor, IEEE RITA Journal (IEEE Education Society)

2006-16 Scientific Committee Member, IEEE RITA Journal (IEEE Education Society)

2006-16 Chair, EEG Modeling & Processing Session, IEEE Engineering in Medicine & Biology C.

2006-08 Chair/President, IEEE Education Society (OR-Section)

2008 -08 Scientific Program Committee, ICMB, 2008

2005-06 Officer, IEEE Education Society (OR-North Representative)

2006-P Reviewer, Elsevier Science/Academic Press

2006-P Reviewer, Computer Methods in Biomedicine

2006-P Reviewer, American Journal of Physiology-Heart and Circulatory Physiology

2005-P Reviewer, IEEE Transactions on Industrial Electronics

2003-P Reviewer, IEEE Transactions on Biomedical Engineering

2005-P Reviewer, Medical Engineering and Physics

2005-P Reviewer, Medical & Biological Engineering & Computing

2005-12 Board of Advisors, Microelectronics Engineering Technology, PCC, OR

2005-12 Board of Advisors, Electronics Engineering Technology, PCC, OR

2005-12 Board of Advisors, Microelectronics, Chemeketa CC, OR

2005-12 Board of Advisors, Electronics & Microelectronics Technology, Clackamas CC, OR

2001-02 President, International Electrical Engineering Honor Society (HKN), PSU-Chapter

2001-02 Corresponding Secretary, National Engineering Honor Society (TBP), PSU-Chapter

Awards & Honors

2015 Nightingale Best Scientific Paper Award (MBEC 2012 Paper)

2013 Portland Business Journal “40 under 40” Award (The Portland Business Journal’s “40 Under 40” awardrecognizes those individuals who have had a massive impact on the Portland area but who have yet to crossthe 40-year old mark).

2010 Faculty Achievement Award (University wide award for outstanding teaching and service), OIT

2006 Intel Faculty Fellow, Recipient of the Intel Fellowship Award & Grant

2005 Full Member, National Scientific Research Society (Sigma Xi)

2004 Best Paper Award, InterSymp-2004 Conference (Baden-Baden 04)

2001 International Electrical Engineering Honor Society (HKN), Lifetime member

2001 National Engineering Honor Society (TBP), Lifetime member

2001 Golden-Key Honor Society, Lifetime member

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Selected Service to the State (State of Oregon)

Chair & Member (2012-2015)Commercialization Research Committee, OregonInC

§ Brief Description: The Oregon Innovation Council (Oregon InC) is statutorily charged with recommending theestablishment or continuation of Signature Research Centers (SRC) to enhance Oregon’s global competitiveness:SB 838. The Commercialization Research Committee (CRC) within Oregon Inc is responsible for evaluatingSRC applications and making funding recommendations based on how the Signature Research Centers advancethe objectives of OBDD’s Business Development Focus, which include: 1) Successfully compete for private andfederal investment; 2) Generate new companies and jobs based on university R&D; 3) Identify and make strategicinvestments in emerging opportunities where Oregon has a competitive advantage; 4) Renew focus on businessstability and job creation/retention; and 5) Help businesses access capital in an environment of tighter credit.

Oregon InC’s mission is to create jobs, create companies and bring outside dollars back to Oregon. It does thatby harnessing private sector leadership with Oregon’s universities to commercialize cutting edge research; revitalizeestablished industries and make them more competitive; help start-ups access capital, and provide Oregon businesseswith access to otherwise out-of-reach R&D labs and researchers.

§ Illustrative Accomplishments: As the CRC Chair in 2014-2015, I led the development of the proposal for the2015-2017 Innovation Plan (which resulted in an investment of $24.65M from the State of Oregon in SRC’s). OregonInC’s six initiatives for the biennium have captured $197.5 million in federal and private grants for the state, andare on track to generate more than $7 for every dollar the Legislature has invested so far. It has incubated 15 newcompanies, and its 11 shared labs have been used by more than 227 businesses to perfect ideas as diverse as portablekidney dialysis machines and new malaria-fighting drugs.

Board Member (2013-2015)Northwest Collaboratory for Sustainable Manufacturing (NWCSM)(Oregon Advanced Manufacturing Initiative (OMIC))

§ Brief Description: The mission of the NWCSM is to enable and facilitate collaborative applied research effortsto leverage and enhance the competitiveness of the metals manufacturing industries and universities in Oregon.NWCSM had its origins within HB 5028 during the 2013 Oregon Legislature. The Governor’s budget allocatedfunds for universities to hire faculty, acquire necessary equipment and hire an executive director.

§ Illustrative Accomplishments: Major accomplishments include serving as part of the Founding Board thatestablished the NWCSM as a legal entity, its mission, vision, strategy, as well as helping secure funding for its launchand ongoing operations.

Board of Member (2013-2015)Oregon BEST

§ Brief Description: Oregon BEST (an OregonINC funded Signature Research Center) nurtures clean technologyinnovation by transforming new ideas, research, and products into green collar jobs, greater sustainability, andeconomic prosperity for Oregon. BEST was founded in 2007 as the Oregon Built Environment & SustainableTechnologies Center, Inc (Oregon BEST) – an independent nonprofit. BEST provides leadership and leverages itsexpertise, resources, and relationships to achieve impact beyond our scale. - See more at: http://oregonbest.org.

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Summary of Industry Experience

– 2015-2017 :: Scientific Fellow, APDM, Inc, US– 2007-2014 :: Chief IP Officer (CIPO), APDM, Inc, US– 2009-2017 :: Principal, Aboy & Associates, PC, US– 2005-2008 :: Principal Management & Technical Consultant, Simplex, Inc, US– 2003-2007 :: Principal Design Engineer, Chief Scientist, Tiba Medical, Inc, US– 2004-2007 :: Professional Engineer (Principal Electrical Engineer), Method Engineering, LLC, ES, EU– 2000-2002 :: Engineering Research Associate, Complex System Lab - OHSU, US– 1999-2002 :: Lead Systems Administrator, CNS-LCT, PSU, US

Industry Experience

APDM, INC, OR, USA — www.apdm.com (2007-Present)Firm Profile: Wearable Technologies Company focused on Quantification of Human Movement.Firm Size: Team of 20+ engineers and scientists.Current Position: Fellow & Co-Founder (Part-Time).Previous Positions/Titles: Chairman of the Board, President, COO/CFO, Chief IP Officer (CIPO).Summary of Experience & Contributions:-Board & C-level management, leadership and strategy formulation.-Design of business strategy, corporate governance, and business operations.-CIPO-level IP strategy and implementation (strategy, patent prosecution, licensing).-CFO-level financial management.-Design of accounting systems compliant with OMB A-133 & DCAA.-Responsible for designing the QMS and QPM to enable ISO13485.-Innovation and R&D (DSP IP conception, invention).Illustrative Customers: NIH, NASA, DOD, Intel, Beth Isreal Medical Center, Mayo Clinic, MassachusettsInstitute of Technology, Stanford University, Columbia University, Imperial College London, Simon FraserUniversity, University of Michigan, University of Rochester, University of Pittsburgh, Oxford BrookesUniversity, Oregon Health & Science University, University of Delaware, Kinetics FoundationTop Commercialized Products: Opal (TM), Emerald (TM), Sapphire (TM), and Mobility Lab (TM)

ABOY & ASSOCIATES, PC — www.aboypatents.com (2009-Present)Firm Profile: Patent Prosecution and IP Strategy Firm (Professional Corporation).Firm Size: 2 Registered Patent Agents, 2 Patent Attorneys (Of-Counsel), 1 Patent Support Personnel.Current Position: Principal (Part-Time).Previous Positions/Titles: Managing DirectorSummary of Experience & Contributions:-Strategy: Intellectual Property Strategy Development.-Analysis: Conduction of Prior-Art Searches, Patentability Opinions, and Patent Portfolio Analysis.-US Patent Preparation & Filing: Preparing & Filing Provisional, Utility, and Design Applications.-US Patent Prosecution: Elections, Amendments, Office Actions Responses, Examiner Interviews.-US Continuations: Preparing & Filing Continuations, Continuations-in-Part and Divisional Applications.-International Applications: Prosecution of PCT Applications: International & National Stage Applications.-Training & Education: Corporate training on innovation, patent fundamentals, development ofpatent strategy, university lecturing (Workshops on Patent Fundamentals for Engineers, Managers, &Entrepreneurs).- Technical Services: Expert Opinions in DSP, Biomedical Signal Processing, Medical Devices, and SSP.Principal Practice Areas: Electrical Engineering, Computer Engineering, Telecommunications, DigitalSignal Processing, Biomedical Signal Processing, Medical Devices, Cryptography Systems, Computer-Implemented Methods.

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Industry Experience - Continuation

TIBA MEDICAL, INC, OR, USA — www.tibamedical.com (2003-2007)Profile: Medical Devices Company focused on Ambulatory Blood Pressure MonitoringPosition/Title: Principal Design Engineer (2003-2005) and Chief Scientist (2005-2007)Summary of Experience & Contributions:-Product Definition & Design of Ambulatory Blood Pressure Monitoring Systems.-Design of Signal Processing Algorithms for Ambulatory Blood Pressure Monitors -ABPM (Ambulo 2400).-Design of Signal Processing Algorithms for Actigraphy.-Clinical Device Validations (AAMI, SP10, BHS, ESH, FDA 510k).-Development of IP portfolio and statutory protection of key inventions.-Research & Development, MATLAB modeling and implementation of BP algorithms.Firm Status: Tiba’s blood pressure devices, products, technology, and IP assets were acquired in 2011 byMortara Instrument, Inc (industry leader in ECG monitoring solutions).Top Commercialized Products: Ambulo 2400 APBM System (TM)

SIMPLEX, INC, OR, USA (2005-2008)Profile: Professional Services Firm Specialized in Strategic & Technical Consulting.Position/Title: Principal Technical & Management Consultant (2005-2008)Summary of Experience & Contributions:-Provide integrated strategic consulting to technology firms: electrical, biomedical, medical devices.-Technical engineering consulting: product definition, DSP engineering, product validations.-Strategic position analysis and development based on the delta model.-IP strategy development & technology transfer consulting.Representative Clients: Tiba Medical, Inc (consulting principal engineer 2003-2007), OHSU (developmentof a PPV system), Innovatec SL (Representation, Strategy Development, Outsourcing Brokerage).

METHOD ENGINEERING, LLC, Spain, EU — www.metodweb.com (2004-2007)Profile: Architectural Engineering Firm based in the European Union (Spain).Position/Title: Professional Engineer & Partner (2004-2007) (Chartered Engineer licensed in the EU)Summary of Experience & Contributions:-Practicing professional engineer: responsible for the design, development, and approval of ICT projects.-Design, development, and management of ICT projects for residential buildings and commercial spaces.-General firm leadership & strategy development.-Coordination of a team of Architects, Architectural Engineers, Construction, Mechanical, ElectricalEngineers, and Industrial Engineers.Representative Clients: Architecture, Construction and Development Firms

COMPLEX SYSTEMS LAB, Doernbecher Children’s Hospital/BSP Lab, OR, US (2000-03)Profile: Research Laboratory part of the Hospital ICU (Position funded by grants).Position/Title: Engineering Research Assistant (2000-2002), DSP Engineer & Researcher (2002-2003)Summary of Experience & Contributions:-Simulation and validation of DSP systems and algorithms for biomedical signals.-Design automatic QRS and pressure detection algorithms.-Design novel analysis techniques for biomedical signals.-Design signal processing and analysis algorithms for biomedical signals.-Conduct clinical research, publish results in conferences and journals, and mentor research assistants.

OFFICE OF INFORMATION TECHNOLOGIES, PSU, OR, US (1999-2002)Profile: Information Technology Division of Portland State University.Position/Title: Project Coordinator & Lead System Administrator, CNS-LCT (April 01-January 2002)Team Coordinator & Systems Administrator, CNS-LCT (June 00-April 01)Computer & Network Technician, CNS-LCT (September 99-June 00)Summary of Experience & Contributions:-Manage new Information Technology deployments.-IT system administration (Network+ Certified), CCNA.-Supervise a team of 9 computer and network professionals.-Support 600+ campus computers.

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Selected Peer-Reviewed Journal Publications

1. After Myriad, what makes a gene patent claim markedly different from nature?M Aboy, J Liddicoat, K Liddell, M Jordan, C CrespoNature Biotechnology 35 (9), 820-825, 2017

2. Inertial and time-of-arrival ranging sensor fusionP Vasilyev, S Pearson, M El-Gohary, M Aboy, J McNamesGait & Posture 54, 1-7, 2017

3. Review of Recent Patents in the Area of Intelligent, Adaptive, Wireless and GPS Enabled HVAC ControlDevices E Polk, L Polk, M Aboy, C CrespoRecent Patents on Engineering 10 (3), 175-186, 2016

4. Myriad’s impact on gene patentsM Aboy, K Liddell, J Liddicoat, C CrespoNature biotechnology 34 (11), 1119-1123, 2016

5. A novel particle filtering method for estimation of pulse pressure variation during spontaneous breathing SKim, F Noor, M Aboy, J McNamesBiomedical engineering online 15 (1), 94, 2016

6. Review of Recent Patents on Anaerobic Digester Gas for Fuel Cell ApplicationsB Warlick, C Diaz, P S Vasconcelos, C Crespo, M AboyRecent Patents on Engineering 9 (2), 113-123, 2015

7. Review of Recent Patents on Carbon Nanotube Based Electrodes for use in Supercapacitor ApplicationsC Diaz, A R Ponder, M McGee, C Crespo, M AboyRecent Patents on Engineering 9 (1), 21-28, 2015

8. Review of Recent Patents on Flexible Photovoltaic Applications in Portable and Niche MarketsR Smith, C Crespo, M AboyRecent Patents on Engineering 7 (3), 153-166, 2013

9. Review of recent patents on wearable movement sensorsM Aboy, J McNames, C CrespoRecent Patents on Biomedical Engineering 6 (2), 82-88, 2013

10. Review of Recent Patents on Detection and Quantification of TremorM Aboy, C Crespo, J McNames, J SprungerRecent Patents on Biomedical Engineering 6 (2), 89-96, 2013

11. Influence of QRS complex detection errors on entropy algorithms. Application to heart rate variabilitydiscrimination A Molina-Pic, D Cuesta-Frau, P Mir-Martnez, S Oltra, Crespo, M AboyComputer methods and programs in biomedicine 110 (1), 2-11, 2013

12. Clinical application of a novel automatic algorithm for actigraphy-based activity and rest period identificationto accurately determine awake and asleep ambulatory blood pressure monitoring parameters and cardiovascularriskC Crespo, JR Fernndez, M Aboy, A MojnChronobiology international 30 (1-2), 43-54, 2013

13. Pulse Pressure Variation Tracking Using Sequential Monte Carlo Methods Biomedical Signal Processing andControl.Sunghan K, Aboy M, McNames JBiomedical Signal Processing and Control, Vol 8, Page(s): 333-340, 2013

14. Automatic identification of activity-rest periods based on actigraphyC Crespo, M Aboy, JR Fernndez, A MojnMedical & biological engineering & computing 50 (4), 329-340, 2012

15. Automated prediction of the apnea-hypopnea index from nocturnal oximetry recordingsJV Marcos, R Hornero, D Alvarez, M Aboy, F Del CampoIEEE Transactions on Biomedical Engineering 59 (1), 141-149, 2012

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16. Comparative study of approximate entropy and sample entropy robustness to spikesA Molina-Pic, D Cuesta-Frau, M Aboy, C Crespo, P Mir-MartnezArtificial intelligence in medicine 53 (2), 97-106, 2011

17. Influence of QRS Complexity Detection Error on Entropy Measures.Molina-Pic A, Cuesta-Frau D, Mir-Martnez P,Oltra-Crespo S, Aboy MMedical & Biological Engineering and Computing, 2013, Vol 110(1)Page(s): 2-11

18. Pulse Pressure Variation: Where Are We Today?Cannesson M, Aboy M, Hofer C, Rehman M.Journal of Clinical Monitoring and Computing, 2011, Feb; 25(1)Page(s): 45-46

19. Automated detection of obstructive sleep apnoea syndrome from oxygen saturation recordings using lineardiscriminant analysis.Marcos JV, Hornero R, Alvarez D, Del Campo F, Aboy M.Medical & Biological Engineering and Computing, 2010 Sep;48(9)Page(s): 895-902

20. Automatic segmentation of long-term ECG signals corrupted with broadband noise based on sample entropy.Mic P, Mora M, Cuesta-Frau D, Aboy M.Computer Methods and Programs in Biomedical Engineering, 98, 2010Page(s): 118-129

21. An enhanced automatic algorithm for estimation of respiratory variations in arterial pulse pressure duringregions of abrupt hemodynamic changes.Aboy M, Crespo C, Austin D.IEEE Transactions on Biomedical Engineering, Volume: 56, 2009Page(s): 2537-2545

22. A Novel Recursive Fourier Transform for Nonuniform Sampled Signals: Application to Heart Rate VariabilitySpectrum Estimation.Holland, A; Aboy, M.Medical & Biological Engineering and Computing, Volume: 47, Number: 7, 2009Page(s): 1741-0444

23. Can a simulation study of T-wave alternans (TWA) resolve whether TWA is T-wave amplitude dependent?Cuesta-Frau D, Aboy M, Biagetti M.Medical & Biological Engineering and Computing, 2009 Jan 31Page(s): 353-354

24. A Novel Method for Nonstationary Power Spectral Density Estimation of Cardiovascular Pressure SignalsBased on a Kalman Filter with Variable Number of Measurements.Tsui, KM; Zhang, S; Chan, WY; Aboy, MMedical & Biological Engineering and Computing, Volume: 46, Issue: 8, 2008Page(s): 789-797

25. Complexity Analysis of Arterial Pressure During Periods of Abrupt Hemodynamic ChangeHornero, R; Aboy, M; Gomez, C; Hagg, D; Phillips, CIEEE Transactions on Biomedical Engineering, Volume: 55, Issue: 2, 2008Page(s): 797-801

26. Statistical modeling of cardiovascular signals and parameter estimation based on the extended Kalman filter.McNames, J.; Aboy, M.IEEE Transactions on Biomedical Engineering, Volume: 55, Issue: 1, 2008Page(s): 119-129

27. Enhanced modified moving average analysis of T-wave alternans using a curve matching method: a simulationstudy.Cuesta-Frau D, Mic-Tormos P, Aboy M, Biagetti MO, Austin D, Quinteiro RA.Medical & Biological Engineering and Computing, 2008, Oct 21Page(s): 323-331

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28. A Statistical Model and Simulator for Cardiovascular Pressure Signals.Staats, C; Austin, D; Aboy, MJournal of Engineering in Medicine, Volume: 222, Issue: 6, 2008Page(s): 991-998

29. Design and implementation of a portable physiologic data acquisition systemVinecore, K.; Aboy, M.; McNames, J.; Phillips, C.; Goldstein, B.Pediatric Critical Care Medicine, Volume: 8, Issue: 6, 2007Page(s): 563-569

30. Pulse Morphology Visualization and Analysis with Applications in Cardiovascular Pressure Signals.Ellis, T.; McNames, J.; Aboy, M.IEEE Transactions on Biomedical Engineering, Volume: 54, Issue: 9, 2007Page(s): 1552-1559

31. Predicting survival in critical patients by use of body temperature regularity measurement based onapproximate entropy.Cuesta D, Varela M, Mir P, Galds P, Absolo D, Hornero R, Aboy M.Med Biol Eng Comput. 2007 Jul;45(7)Page(s): 671-8.

32. A novel automatic image processing algorithm for detection of hard exudates based on retinal image analysis.Snchez CI, Hornero R, Lpez MI, Aboy M, Poza J, Absolo D.Medical Engineering Physics, Volume: 30(3), 2007Page(s): 350-357

33. Analysis of intracranial pressure during acute intracranial hypertension using Lempel-Ziv complexity: furtherevidence.Hornero R.; Aboy M.; Absolo DMedical & Biological Engineering and Computing, Volume: 45, Issue: 3 2007Page(s): 229-239

34. Unsupervised Classification of Ventricular Extrasystoles using Bounded Clustering algorithms and MorphologyMatching.Cuesta-Frau, D.; Biagetti, MO.; Quinteiro, RA.; Mico-Tomos, P., Aboy, MMedical & Biological Engineering and Computing, Volume: 45, 2007Page(s): 229-239

35. Reliability and Accuracy of Heart Rate Variability Metrics versus ECG Segment Duration.McNames; Aboy, MMedical & Biological Engineering and Computing, Volume: 44, Issue: 9, 2006Page(s): 747-756

36. Interpretation of the Lempel-Ziv complexity measure in the context of biomedical signal analysis.Aboy M, Hornero R, Abasolo D, Alvarez DIEEE Transactions on Biomedical Engineering, Volume: 53, Issue: 11, 2006Page(s): 2282-228

37. An Automatic Algorithm for Stationary Segmentation of Extracellular Microelectrode Recording.sAboy, M; Falkerberg, JH.Medical & Biological Engineering and Computing, Volume: 44, Issue: 6, 2006Page(s): 511-515

38. The Population RDH Index. A Novel Index and Graphical Method for Statistical Assessment ofAntihypertensive Treatment Reduction Duration, and Homogeneity.Aboy, M.; Fernandez, J.R.; Hermina, R.C.Blood Pressure Monitoring. Volume: 11, Issue: 3, 2006Page(s): 143-155

39. Variability, Regularity, and Complexity of Time Series Generated by Schizophrenic Patients and ControlSubjects.Honero, R.; Absolo, D.; Jimeno, N.; Sanchez, C.; Poza, J.; J.; Aboy, M.IEEE Transactions on Biomedical Engineering, Volume: 52, Issue: 10, 2006Page(s): 210-218

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40. Complex Analysis of Intracranial Hypertension using Approximate Entropy.Honero, R.; Aboy M.; Absolo, D.; Wakeland, W.; Goldstein, B.Critical Care Medicine, Volume: 34, Issue: 1, 2006Page(s): 87-95

41. The Individual RDH Index. A Novel Vector Index for Statistical Assessment of Antihypertensive TreatmentReduction, Duration, and Homogeneity.Aboy, M.; Fernandez, J.R.; Hermina, R.C.Blood Pressure Monitoring. Volume: 11, Issue: 2, 2006Page(s): 69-78

42. An Automatic Beat Detection Algorithm for Pressure Signals.Aboy, M.; McNames. J; Thong, T.; Tsunami, D.; Ellenby, M. Goldstein, B.IEEE Transactions on Biomedical Engineering, Volume: 52, Issue: 10, 2005Page(s): 1662-1670

43. Interpretation of Approximate Entropy. Case Studies in the Analysis of Intracranial Pressure During AcuteElevations in Traumatic Brain Injury.Honero, R.; Aboy, M.; Absalo, D.; McNames, J.; Goldstein, B.IEEE Transactions on Biomedical Engineering, Volume: 52, Issue: 10 , 2005Page(s): 1671-1680

44. Adaptive Modeling and Spectral Estimation of Nonstationary Biomedical Signals Based on Kalman Filtering.Aboy, M.; Mrquez, O.W.; McNames, J.; Hornero, R.; Thong, T.; Goldstein, B.IEEE Transactions on Biomedical Engineering, Volume: 52, Issue: 8, 2005Page(s): 1485-1489

45. Methodological Considerations in the Evaluation of the Duration of Action of Antihypertensive Therapy UsingAmbulatory Blood Pressure Monitoring. Aboy, M.; Fernandez, J.R.; Hermina, R.C.Blood Pressure Monitoring. Volume: 10, Issue: 3, 2005Page(s): 111-115

46. Pulse and Mean Intracranial Pressure Analysis in Pediatric Traumatic Brain Injury.Aboy, M.; McNames, J.; Wakeland, W.; Golstein, B.Acta Neurochirurgica (Suppl), Volume: 95 2005Page(s): 307-310

47. A Novel Algorithm to Estimate the Pulse Pressure Variation IndexAboy, M.; McNames. J; Thong, T.; Phillips, C.R..; Ellenby, M. Goldstein, B.IEEE Transactions on Biomedical Engineering, Volume: 51, Issue: 12, 2004Page(s): 2198 - 2203

48. A Microcontroller-Based Portable Electrocardiograph Recorder.Segura-Juarez, J.J.; Cuesta-Frau, D.; Samblas-Pena, L.; Aboy, M.;IEEE Transactions on Biomedical Engineering, Volume: 51,Issue: 9, 2004Pages: 1686 - 1690

49. Prediction of Paroxysmal Atrial Fibrillation by Analysis of Atrial Premature Complexes.Thong. T; Goldstein, B.; McNames. J; Aboy, M.IEEE Transactions on Biomedical Engineering, Volume: 51, Issue: 4, 2004Page(s): 561-569

50. Pattern Matching Techniques Applied to Biomedical Signal Processing.Cuesta-Frau, D.; Mico Tormos, P.; Novak, D.; Aboy, M.IIAS Transactions of Systems Research and Cybernetics Volume: 4, Issue: 1, 2004Page(s): 29-35

Selected Peer-Reviewed Conference Publications & Book Chapters

41. Statistical model for cardiovascular signals with independent respiratory modulation for tracking pulse pressurevariation.

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McNames J, Kim S, Aboy M;IEEE Engineering in Medicine and Biology Society (EMBS), 2011.Proceedings of the 33rd International Conference of the IEEE, Volume: 1, 2011Page(s): 4681-4684

42. Determination of sleep/wake periods based on actigraphy signalsCrespo, C; Fernndez, JR; Aboy, M; Mojn, AProceedings of the 26th Conference of the International Society for Chronobiology 2010, 2010Page(s): 98-99

43. Clinical Implications of Automatic Activity/Rest Identication in Cardiovascular Risk AssessmentCrespo, C; Fernndez, JR; Aboy, M; Mojn, AProceedings of the 26th Conference of the International Society for Chronobiology 2010, 2010Page(s): 101-102

44. Algorithm for Sleep/Wake Identification From ActigraphyCrespo, C; Aboy, M; Fernndez, JR; Mojn, AEuropean Association for Speech, Signal and Image Processing (EURASIP), 2010.Proceedings of the 20th International EURASIP Conference BIOSIGNAL 2010, Volume: 1, 2010Page(s): 224 -228

45. Comparison of Automatic Sleep/Wake Detection Algorithms for Cardiovascular Risk AssessmentCrespo, C; Aboy, M; Fernndez, JR; Mojn, AEuropean Association for Speech, Signal and Image Processing (EURASIP), 2010.Proceedings of the 20th International EURASIP Conference BIOSIGNAL 2010, Volume: 1, 2010Page(s): 229-232

46. Measuring body temperature time series regularity using approximate entropy and sample entropy.Cuesta-Frau, D.; Miro-Martinez, P.; Oltra-Crespo, S.; Varela-Entrecanales, M.; Aboy, M.; Austin, D;IEEE Engineering in Medicine and Biology Society (EMBS), 2011.Proceedings of the 31st International Conference of the IEEE, Volume: 1, 2009Page(s): 3461-3464

47. Neurologic MonitoringGoldstein, B.; Aboy, M;, Graham, A.Roger’s Textbook of Pediatric Intensive Care (2008)

48. Characterization of sample entropy in the context of biomedical signal analysis.Aboy, M.; Cuesta-Frau, D.; Austin, D.; Mico-Tormos,, P.;IEEE Engineering in Medicine and Biology Society (EMBS), 2007.Proceedings of the 27th International Conference of the IEEE, Volume: 1, 2007Page(s): 5942-5

49. T-wave Alternans Analysis Improvement by Means of Curve Alignment Prior to Distance Calculation.Cuesta-Frau, D.; Biagetti, M.; Mico-Tormos, P.; Aboy, M.; Austin, D.; Quinteiro, R.IEEE Engineering in Medicine and Biology Society (EMBS), 2007.Proceedings of the 27th International Conference of the IEEE, Volume: 1, 2007Page(s): 690-3

50. Cardiovascular Signal Decomposition and Estimation with the Extended Kalman SmootherMcNames, M; Aboy, MIEEE Engineering in Medicine and Biology Society (EMBS), 2006.Proceedings of the 28th International Conference of the IEEE, Volume: 1, 2006Page(s): 3708-3711

51. A Novel Approach to Pulse Pressure VariationAustin, D.; Staats, C.; Aboy, MIEEE Engineering in Medicine and Biology Society (EMBS), 2006.Proceedings of the 28th International Conference of the IEEE, Volume: 3, 2006Page(s): 1391-1393

52. Speech recognition methods applied to biomedical signals processingNovak, D.; Cuesta-Frau, D.; Al ani, T.; Aboy, M.; Mico, R.; Lhotska, L.

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IEEE Engineering in Medicine and Biology Society (EMBS), 2004.Proceedings of the 26th International Conference of the IEEE, Volume: 1, 2004Page(s): 118-121

53. Lomb-Wech periodogram for non-uniform samplingThong, T.; McNames, J; Aboy, M..IEEE Engineering in Medicine and Biology Society (EMBS), 2004.Proceedings of the 26th International Conference of the IEEE, Volume: 1, 2004Page(s): 271-274

54. Impulse rejection filter for artifact removal in spectral analysis of biomedical signalsMcNames, J.; Thong, T.; Aboy, M.; .IEEE Engineering in Medicine and Biology Society (EMBS), 2004.Proceedings of the 26th International Conference of the IEEE, Volume: 1, 2004Page(s): 145-148

55. Heart rate variability analysis of effect of nicotine using periodogramsThong, T.; Yung, I.O.; Zajdel, D.P.; Ellingson, R.M.; McNames, J.; Aboy, M.; Oken, B.S.; .IEEE Engineering in Medicine and Biology Society (EMBS), 2004.Proceedings of the 26th International Conference of the IEEE, Volume: 1, 2004Page(s): 294-297

56. Power spectral density estimation and tracking nonstationary pressure signals based on Kalman filteringAboy, M.; McNames, J.; Marquez, O.W.; Hornero, R.; Thong, T.; Goldstein, B.; .IEEE Engineering in Medicine and Biology Society (EMBS), 2004.Proceedings of the 26th International Conference of the IEEE, Volume: 1, 2004Page(s): 156-159

57. ICU Monitoring of Continuous Physiologic Signals: Engineering Aspects, Clinical Interpretation, and FutureDirectionsGoldstein, B.; McNames, J.; Ellenby, M.; Ibsen, L.; Jacques; S.; Aboy, M.; Thong, T.; Phillips, CCrit. Care Med, Current Concepts in Pediatric Critical Care, Volume: 1, Issue: 1, 2004Page(s): 201-229

58. Clustering of Intracranial Pressure Using Hidden Markov ModelsNovak, D.; Cuesta-Frau, D.; Aboy, M.; Goldstein, B.; Lhotska, L.EMCSR-17 European Meetings on Cybernetics and Systems Research, 2004

59. Morphology analysis of physiological signals using hidden Markov modelsNovak, D.; Lhotska, L.; Al-ani, T.; Hamam, Y.; Cuesta-Frau, D.; Mico, P.; Aboy, M.;Pattern Recognition, 2004. ICPR 2004. Proceedings of the 17th International Conference, Volume: 3, 2004Pages:754-757

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60. A Novel Statistical Model for Simulation of Pressure SignalsAboy, M.; McNames, J.; Thong, T.European Association for Speech, Signal and Image Processing (EURASIP), 2004.Proceedings, 17th International EURASIP Conference BIOSIGNAL 2004, Volume:17Page(s): 364-367

61. Time-Delay Estimation between Arterial Blood Pressure and Intracranial Pressure Signals Based on KalmanFilteringAboy, M.; Marquez, O.W.; McNames, J.; Cuesta-Frau, D.European Association for Speech, Signal and Image Processing (EURASIP), 2004.Proceedings, 17th International EURASIP Conference BIOSIGNAL 2004, Volume: 17Page(s): 355-357

62. Complex Analysis of Intracranial Hypertension in Traumatic Brain Injury using Approximate EntropyHornero, R.; Abasolo, D.E.; Aboy, M.; Mcnames, J.; Goldstein, B.European Association for Speech, Signal and Image Processing (EURASIP), 2004.Proceedings, 17th International EURASIP Conference BIOSIGNAL 2004, Volume: 17Page(s): 15-17

63. Averaged Lomb Periodograms for Nonuniform SamplingThong, T.; McNames, J.; Aboy, M.; Oken, B.European Association for Speech, Signal and Image Processing (EURASIP), 2004.Proceedings, 17th International EURASIP Conference BIOSIGNAL 2004, Volume: 17Page(s): 39-41

64. A Database of Occulographic SignalsCuesta-Frau, D.; Novak, D.; Aboy, M.; Brzezny, R.; Cerny, R.; Jerabek, J.European Association for Speech, Signal and Image Processing (EURASIP), 2004.Proceedings, 17th International EURASIP Conference BIOSIGNAL 2004, Volume: 17Page(s): 97-99

65. Designing Portable Biomedical Signal RecordersCuesta-Frau, D.; Segura-Juarez, J.J; Aboy, M.; Samblas-Pena, L.European Association for Speech, Signal and Image Processing (EURASIP), 2004.Proceedings, 17th International EURASIP Conference BIOSIGNAL 2004, Volume: 17Page(s): 155-157

66. Transient Pulse Morphology Analysis of Intracranial Pressure after Ventricular DrainageAboy, M.; Crespo, C.; McNames. J; Ellenby, M; Goldstein, B.Society of Critical Care Medicine.Critical Care Medicine (Part 2 Suppl.), Volume: 31, Number: 12, 2003Page(s): 334

67. Evidence for Diminished Complexity During Acute Hypotension in SepsisAboy, M.; McNames. J.; Goldstein, B.Society of Critical Care Medicine.Critical Care Medicine (Part 2 Suppl.), Volume: 31, Number: 12, 2003Page(s): 229

68. Response Analysis of Intracranial Pressure to Changes in Respiratory RateLevitte, G.; Aboy, M.; McNames. J.; Goldstein, B.Society of Critical Care Medicine.Critical Care Medicine (Part 2 Suppl.), Volume: 31, Number: 12, 2003Page(s): 333

69. Accuracy of ultra-short heart rate variability measuresThong, T.; Li, K.; McNames, J.; Aboy, M.; Goldstein, B.;IEEE Engineering in Medicine and Biology Society (EMBS), 2003.Proceedings of the 25th International Conference of the IEEE, Volume: 3, 2003Page(s): 2424-2427

70. Significance of Intracranial Pressure Pulse Morphology in Pediatric Traumatic Brain InjuryAboy, M.; McNames, J.; Cuesta-Frau, D.; Wakeland, W.; Thong, T.; Lai, S.; Gold

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IEEE Engineering in Medicine and Biology Society (EMBS), 2003.Proceedings of the 25th International Conference of the IEEE, Volume: 3, 2003Page(s): 2491-2494

71. Pulse Pressure Variation Estimation Based on Rank-Order FitlersAboy, M.; McNames, J.; Thong, T; Phillips, C.R.; Ellenby, M.S.; Goldstein, B.IEEE Engineering in Medicine and Biology Society (EMBS), 2003.Proceedings of the 25th International Conference of the IEEE, Volume: 3, 2003Page(s): 2435-2438

72. Paroxysmal Atrial Fibrillation Prediction Using Isolated Premature Atrial Events and Paroxysmal AtrialTachycardiaThong. T. ; McNames. J; Aboy, M. Goldstein, BIEEE Engineering in Medicine and Biology Society (EMBS), 2003.Proceedings of the 25th International Conference of the IEEE, Volume: 1, 2003Page(s): 163-166

73. Morphology Analysis of Intracranial Pressure Using Pattern Matching TechniquesCuesta-Frau, D.; Aboy, M.; McNames, J.; Goldstein, B.IEEE Engineering in Medicine and Biology Society (EMBS), 2003.Proceedings of the 25th International Conference of the IEEE, Volume: 3, 2003Page(s): 2917-2920

74. Biosignal Laboratory: A Software Tool for Complete Biomedical Signal ProcessingCuesta-Frau, D.; Mico, P; Aboy, M.; Novak, D; Brezny, R.; Samblas, L; Pastor, D; Sancho, D.IEEE Engineering in Medicine and Biology Society (EMBS), 2003.Proceedings of the 25th International Conference of the IEEE, Volume: 4, 2003Page(s): 3544-3547

75. Modeling intracranial fluid flows and volumes during traumatic brain injury to better understand pressuredynamics Wakeland, W.; McNames, J.; Aboy, M.; Hollemon, D.; Goldstein, B.;IEEE Engineering in Medicine and Biology Society (EMBS), 2003.Proceedings of the 25th International Conference of the IEEE, Volume: 1, 2003Page(s): 402-405

76. Adaptive Comb Filter for Semi-Periodic SignalsCyrill, D.; McNames, J.; Aboy, M.IEEE Engineering in Medicine and Biology Society (EMBS), 2003.Proceedings of the 25th International Conference of the IEEE, Volume: 3, 2003Page(s): 2439-2442

77. A New Resource for Independent and Blinded Assessment of QRS Detection AlgorithmsTsunami, D.; McNames, J.; Aboy, M. Ellenby, M.IEEE Engineering in Medicine and Biology Society (EMBS), 2003.Proceedings of the 25th International Conference of the IEEE, Volume: 3, 2003Page(s): 2889-2892

78. Segmentation of Extracellular Microelectrode Recordings with Equal PowerFalkenberg, J.H.; McNames, J.; Aboy, M.; Burchiel, K.J.IEEE Engineering in Medicine and Biology Society (EMBS), 2003.Proceedings of the 25th International Conference of the IEEE, Volume: 3, 2003Page(s): 2475-2478

79. Stationarity of Ultra-Short Heart Rate Variability MeasuresThong. T. ; Kehai, L; McNames. J; Aboy, M. Goldstein, BIEEE Engineering in Medicine and Biology Society (EMBS), 2003.Proceedings of the 25th International Conference of the IEEE,, 2003Page(s): 2424-2427

80. Transient Pulse Morphology Analysis of the Intracranial Pressure Signal After Ventricular DrainageAboy, M.; McNames. J.; Wakeland, W.; Ellenby, M.; Desiree, H.; Lai, S.; Goldstein, B.International Symposium Intracranial Pressure and Brain Monitoring, 2003.Proceedings of the 12th International Symposium Intracranial Pressure and Brain Monitoring Volume, 2003Page(s): 402-405

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81. Intracranial Pressure Pulse Amplitude and Mean Intracranial Pressure Analysis in Pediatric Traumatic BrainInjuryAboy, M.; McNames. J.; Wakeland, W.; Ellenby, M.; Desiree, H.; Lai, S.; Goldstein, B.International Symposium Intracranial Pressure and Brain Monitoring, 2003.Proceedings of the 12th International Symposium Intracranial Pressure and Brain Monitoring, 2003

82. Evidence for Diminished Complexity During Intracranial Hypertension in Traumatic Brain InjuryAboy, M.; Crespo, C.; McNames. J; Ellenby, M; Goldstein, B.Society of Critical Care Medicine, December 2002.Critical Care Medicine, Volume: 30, Number: 12, 2002Page(s): A80 (355)

83. Automatic Detection Algorithm for Physiologic Pressure Signal ComponentsAboy, M.; Crespo, C.; McNames. J; Goldstein, B.IEEE Engineering in Medicine and Biology Society (EMBS), 2002.Proceedings of the 24th International Conference of the IEEE, Volume: 1, 2002Page(s): 196-197

84. Harmonic Spectrogram for the Analysis of Semi-Periodic SignalsMcNames, J.; Crespo, C.; Aboy, M.; Bassale, J.; Jenkins, L.; Goldstein, B.IEEE Engineering in Medicine and Biology Society (EMBS), 2002.Proceedings of the 24th International Conference of the IEEE, Volume: 1, 2002Page(s): 143-44

85. A Biomedical Signal Processing ToolboxAboy, M.; Crespo, C.; McNames, J.; Bassale, J.; Jenkins, L.; Goldstein, B.European Association for Speech, Signal and Image Processing (EURASIP), 2002.Proceedings of the 16th International EURASIP Conference BIOSIGNAL 2002, Volume: 16, 2002Page(s): 49-52 vol. 16

86. Techniques for the Visualization of Nonstationary Biomedical SignalsMcNames, J.; Bassale, J.; Aboy, M.; Crespo, C.; Goldstein, B.European Association for Speech, Signal and Image Processing (EURASIP), 2002.Proceedings of the 16th International EURASIP Conference BIOSIGNAL 2002, Volume: 16, 2002Page(s): 42-45 vol. 16

87. Precursors in the Arterial Blood Pressure Signal to Episodes of Acute Hypotension in SepsisCrespo, C.; McNames, J.; Aboy, M.; Bassale, J.; Ellenby, M.; Lai, S.; Goldstein, B.European Association for Speech, Signal and Image Processing (EURASIP), 2002.Proceedings of the 16th International EURASIP Conference BIOSIGNAL 2002, Volume: 16, 2002Page(s): 206-208 vol. 16

88. Sensitive Precursors to Acute Episodes of Intracranial HypertensionMcNames, J.; Crespo, C.; Bassale, J.; Aboy, M.; Ellenby, M.; Lai, S.; Goldstein, B.Proceedings of the 4th International Workshop Biosignal Interpretation, 2002Page(s): 303-306

89. Changes in the Blood Pressure Signal Autocorrelation Function Prior To Hypotension in Septic ShockBassale, J.; McNames, J.; Ellenby, M.; Aboy, M.; Crespo, C.; Lai, S.; Goldstein, B.Critical Care Medicine, 2001. Volume: 29, No. 12/SSPage(s): A112-A113

90. Automatic Detection Algorithm of Intracranial Pressure Waveform ComponentsAboy, M.; McNames, J.; Goldstein, B.IEEE Engineering in Medicine and Biology Society (EMBS), 2001.Proceedings of the 23th International Conference of the IEEE, Volume: 3, 2001Page(s): 2231-2234

91. Precursors to Rapid Elevations in Intracranial PressureMcNames, J.; Crespo, C.; Aboy, M.; Ellenby, M.; Lai, S.; Sclabassi, R.; Goldstein, B.IEEE Engineering in Medicine and Biology Society (EMBS), 2001.Proceedings of the 23th International Conference of the IEEE, Volume: 4, 2001Page(s): 3977-3980

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Inventorship: Selected Patents

92. US 9,301,712 Method and apparatus for continuous measurement of motor symptoms in Parkinsons diseaseand essential

93. US 8,926,521 Method for blood pressure measurement from noninvasive oscillometric pressure signals

94. US 7,927,283 Blood pressure algorithm

95. US 8,900,153 Ambulatory patient monitoring apparatus, system and method

96. US 8,315,698 Method and apparatus for automatic analysis of T-wave alternans

97. US 8,920,345 System and apparatus for continuous monitoring of movement disorders

98. US 8,647,287 Wireless synchronized movement monitoring apparatus and system

99. US 8,305,423 Communication system for remote patient visits and clinical status monitoring

100. US 8,057,398 Method, system, and apparatus for cardiovascular signal analysis, modeling, and monitoring

101. US 8,529,458 Method and apparatus for assessment of fluid responsiveness

102. US 8,298,151 Method and apparatus for evaluation of fluid responsiveness

103. US 8,647,287 Method and system for activity/rest identification

104. US 8,862,195 Method, system, and apparatus for automatic detection of obstructive sleep apnea from oxygensaturation recordings

105. US D614,979 Personal inertial monitor

106. US D625,729 Personal inertial monitor docking station

107. US D668,980 Wearable movement monitor docking station

108. US D651,103 Wireless access point

109. US D639,955 Wearable movement monitor

110. US 20150078140 Wearable apparatus

111. US 20140122958 Wireless synchronized apparatus and system

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Selected Reports & Working Papers

114. Should We Change the EU Law to Disallow DNA Patents?Aboy M. 3rd Annual Philomathia Symposium (2016)

115. Analysis of the Impact of the US Supreme Court decision Mayo v Prometheus.Aboy M. Workshop on Realizing Genomic Medicine (2016),

116. Globalization of Financial Markets and Financial CrisesFinancial Economics Network, Banking & Financial Institutions eJournal, SSRN, September, 2011.Available at SSRN: http://ssrn.com/abstract=1936141Author: Aboy, M.

117. Are Derivatives “Financial Weapons of Mass Destruction”? An Explanation of Why Derivatives AreControversial and Often Considered High RiskFinancial Economics Network, Risk Management eJournal, SSRN, September, 2011.Available at SSRN: http://ssrn.com/abstract=1936168.Author: Aboy, M.

118. The Organization of Modern MNES is More Complicated than the Old Models of Global, Multidomestic, andTransnationalManagement Research Network, International Business Strategy & Structure eJournal , SSRN, March, 2009.(SSRN Top 10 Downloads List)Available at SSRN: http://ssrn.com/abstract=1366055Author: Aboy, M.

119. Examination of the Relationship Between Charles Schwab’s Business and IS/IT StrategyInformation Systems & eBusiness Network, Information Technology & Systems eJournal, SSRN, March, 2009.(SSRN Top 10 Downloads List)Available at SSRN: http://ssrn.com/abstract=1366570Author: Aboy, M.

120. An Examination of Quantitative Approaches to Tactical Asset Allocation and Risk Management in GlobalFinancial MarketsJournal of Wealth Management, In PreparationAuthor: Aboy, M

121. An Analysis of the Impact of the Human Rights Act 1998 on the Judicial Understanding of PrecedentLegal Scholarship Network, SSRN, LSN, May, 2012 Author: Mateo Aboy

122. English Contract Law: Case Law of Offer & AcceptanceLegal Scholarship Network, SSRN, LSN, May, 2012Author: Mateo Aboy

123. English Contract Law: Case Law of the Doctrine of ConsiderationLegal Scholarship Network, SSRN, LSN, May, 2012Author: Mateo Aboy

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Selected University Grants

Total Funding Received (2005-2017): >$7.0M (PI, CO-PI, Co-Author); > 25M NPV (VPR)

1. National Science Foundation (S-STEM) (16-20)Title: Realizing Engineering Technology Achievement (RETA) Amount: $997.000T. Nelson (PI) PCC, C.Crespo/M.Aboy (Co-PIs OIT )

2. Murdock Trust (& ETIC Matching) (14-17)Title: Funding to Enhance EERE LabsAmount: $568,000M.Aboy (Proposer/Co-PI)

3. Northwest Collaboratory for Sustainable Manufacturing (15-17)Title: Coordinated and Strategic Investment in New Faculty Capacity to Support the NWSMAmount: $1,300,000 ($300,000 for OIT)M.Aboy (Co-PI OIT), R. Stone (Co-PI OSU), R. Su (Co-PI PSU)

4. Engineering & Technology Industry Council (ETIC)Title: New Program Development & Capacity Increases for High-Demand Engineering & Technology Degrees(2015/16): Systems Engineering, Optical Engineering & MS in EngineeringAmount: $236,093M.Aboy (Proposer, PI), C. Crespo (Co-PI)

5. Higher Education Coordinating Committee/Engineering & Technology Industry Council (ETIC)Title: ETIC Sustaining Funding to Support Engineering Program at Oregon Tech (FY16-17)Amount: $2,204,400M.Aboy (Proposer)

6. Engineering & Technology Industry Council (ETIC)Title: New Program Development & Capacity Increases for High-Demand Engineering & Technology Degrees(2014/15)Amount: $236,093M.Aboy (Proposer, PI), C. Crespo (Co-PI)

7. Engineering & Technology Industry Council (ETIC) Title: Development of an Optical Engineering Program(2014/15)Amount: $96,093M.Aboy (Proposer, PI), Scott Prahl (Co-PI)

8. Engineering & Technology Industry Council (ETIC)Title: Electrical and Computer Engineering Labs to Support Oregon Tech – PSU Westside Partnership(2013/14) Amount: $80,000C. Crespo (Proposer, PI), J. McNames (Co-PI), M. Aboy (Co-PI)

9. Engineering & Technology Industry Council (ETIC) (2013/14)Title: Development of a Systems Engineering & Technology Management Program Amount: $110,000M.Aboy (Proposer, PI), C. Crespo (Co-PI)

10. Engineering & Technology Industry Council (ETIC)Title: Development of an Optical Engineering Program (2013/14) Amount: $96,093M.Aboy (Proposer, PI), Scott Prahl (Co-PI)

11. National Science Foundation (NSF)Title: Increasing Access and Diversity in Technology Programs — S-STEM (2012-2017)Amount: $599,000.00M. Aboy (Co-PI), Cr. Crespo (Co-PI), T. Sanders (Co-PI), P. Kraft (Co-PI), D. Cornea-Hasegan (Co-PI)

12. Department of Energy - Strategic Training and Education in Power Systems — STEPSTitle: National Leadership in Power Engineering (2010-2013)Amount: $2,491,100 (Federal), $266,000 (Collaborators)B Bass (Principle Author, PD, PI, 2010-2011), M Aboy (Co-Author, Chair, CO-PI, 2011-2012.), F Rytknonen(Co-PI, 2011-2013.), C Crespo (Co-Author), L Colligan (Co-Author), M McCormic (Co-Author)

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13. National Science Foundation (NSF)Title: Increasing Access and Diversity in Technology Programs — S-STEM (2008-2012)Amount: $596,214.00M. Aboy (Co-PI), T. Sanders (PI), P. Kraft (Co-PI), D. Cornea-Hasegan (Co-PI)

14. Engineering Fee Fund (2008-2010)Title: Electronics, Electrical Engineering, and Renewable Energy Engineering Laboratory & EquipmentEnhancementAmount: $332,669.78 (Amount brought as Dept. Chair for EERE Labs from EFF Grant)M Aboy (Chair, Co-PI), B Bass (PD, Co-PI), C Crespo (PD, Co-PI), J Zipay (Co-PI), F Rytkonen (Co-PI)

15. Resource Fee Fund (2008-2010)Title: Electronics, Electrical Engineering, and Renewable Energy Engineering Laboratory & EquipmentEnhancementAmount: $124,566 (Amount brought as Chair for EERE Labs from RFF Grant)M Aboy (Chair, Co-PI), B Bass (PD, Co-PI), C Crespo (PD, Co-PI), J Zipay (Co-PI), F Rytkonen (Co-PI)

16. OIT Internal FundingTitle: Enhancing OIT-Portland East Campus Laboratories Amount: $ 340,000.00 M Aboy (Chair, Co-PI), BBass (PD, Co-PI), F Rytkonen (Co-PI)

17. Ministry of Science and Innovation (Spain)Title: Interpretation and Characterization of Complexity Analysis Techniques in the Context of BiomedicalSignal Processing (2008)Amount: $17,872.20 for Phase IM Aboy (Co-PI), D Cuesta (Co-PI)

18. Ministry of Industry & Commerce R&D Grant (Spain)Title: Development of a Novel ABPM Monitor (2007)Amount: $21,220 for Phase IM Aboy (Co-PI), D Cuesta (Co-PI)

19. Generalitat Valenciana (Spain)Title: Development of a Novel Multipurpose Noninvasive Medical Monitor-Biomult (2007)Amount: $43,526, M Aboy (Co-PI), D Cuesta (Co-PI)

20. Intel Faculty Fellowship GrantTitle: Modular Curriculum in Electronics for Increased Access to Undergraduate Education in Oregon (2006/07Academic Year)Amount: $40,000, M Aboy (PI)

21. RFC Grant. OIT Internal FundingTitle: RFC - Laboratory Equipment for EERE PDX (2007/8 Academic Year)Amount: $21,000, M Aboy (Co-PI), B. Bass (Co-PI)

22. Tektronix DonationTitle: Electronics Lab Equipment Donation (2006/07 Academic Year)Amount: $20,000, M Aboy (PI)

23. RFC Grant. OIT Internal FundingTitle: Laboratory Development & Equipment. Electronics & Physics (2006/7 Academic Year)Amount: $27,000, M Aboy (PI)

24. RFC Grant. OIT Internal FundingTitle: Electronics Laboratory Development & Equipment (2005/6 Academic Year)Amount: $6,000, M Aboy (PI) , R. Bass (Co-PI)

25. RFC Grant. OIT Internal FundingTitle: Electronics Laboratory Development & Equipment (2004/5 Academic Year)Amount: $13,000, M Aboy (PI)

26. Intel Curriculum Fellowship GrantTitle: Development of Web-Based Electronics Laboratories with Real InstrumentsAmount: $40,000 G Guran (PI), D Pocok (Co-PI), M Aboy (Co-PI/Developer)

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Selected Industry Innovation Grants

Funding Received by APDM Inc (2007-2016): >$12M (Below is a list of exemplary grants)

Background: I cofounded APDM, Inc in 2007 with Dr. James McNames and Mr. Andrew Greenberg. APDM is awearable technologies company that engages in R&D, technology development, IP creation, and commercializationof systems for the quantification of human movement. One of my contributions at APDM was the development ofa corporate strategy and associated policies to enable APDM to compete for federal grants & contracts in order toconduct R&D for projects in TRL 4-7, as well as the design and implementation of the necessary government contract& grant administration systems to comply with all the regulatory and audit requirements (e.g., DCAA Audits, A-133/Universal Audits, etc). This included the development of the contract, accounting, and grant/sponsored projectadministration systems, authoring the policies and procedures, designing the associated controls, and negotiatingthe initial indirect rate proposal with the Federal government. The list below shows an exemplary list of grants andgovernment contracts earned by APDM, Inc.

27. Title: HOME: Monitoring Balance and Gait with the Home Objective Mobility ExamFunding Agency: National Institute on AgingFunding Method: Small Business Innovation Research (SBIR) - Phase IIPeriod: 01/01/2017 - 12/31/2018 Total Amount: $1,657,649

28. Title: Mobility Life: Monitoring Mobility in Daily Lives of People with Neurological DiseaseFunding Agency: National Institute on AgingFunding Method: Small Business Innovation Research (SBIR) - Direct to Phase IIPeriod: 09/30/2016 - 05/31/2019 Total Amount: $2,934,813

29. Title: A Wearable System for Assessment of Fall Risk Associated with Cancer TreatmentFunding Agency: NIH - National Cancer InstituteFunding Method: Small Business Innovation Research (SBIR) - Direct to Phase IIPeriod: 9/19/2016 - 09/18/2018 Total Amount: $1,457,589

30. Title: Mobility Rehab: A Biofeedback System for Mobility Rehabilitation for Older AdultsFunding Agency: National Institute on AgingFunding Method: Small Business Innovation Research (SBIR) - Phase IPeriod: 9/30/2016 - 09/29/2018 Total Amount: $298,607

31. Title: IMove: Instrumented Movement Analysis to Quantify Gait in Cerebral PalsyFunding Agency: NIH - National Institute of Neurological Disorders and StrokeFunding Method: Small Business Innovation Research (SBIR) - Phase IPeriod: 08/01/2016 - 07/31/2018 Total Amount: $662,890

32. Title: Home Objective Mobility Exam (HOME) for Balance and Gait Disorders in Parkinson?sFunding Agency: NIH - National Institute on AgingFunding Method: Small Business Innovation Research (SBIR) - Phase IPeriod: 6/1/2013 - 5/31/2016 Total Amount: $698,866

33. Title: Continuous Monitoring of Turning in Patients with Parkinson’s DiseaseFunding Agency: NIH - National Institute of Neurological Disorders and StrokeFunding Method: Small Business Technology Transfer (STTR) - Phase IPeriod: 07/01/2012 - 03/31/2015 Total Amount: $699,219

34. A Short Instrumented Test of Mobility for Neurological DisordersFunding Agency: NIH - Eunice Kennedy Shriver National Institute of Child Health & Human DevelopmentFunding Method: Small Business Technology Transfer (STTR) - Phase I & Phase IIPeriod: 04/01/2012 - 06/30/2018 Total Amount: $2,178,004

35. Title: Ruby: a Hybrid, Wearable Motion Capture SystemFunding Agency: Department of Defense - United States Air ForceFunding Method: Small Business Innovation Research (SBIR) - Phase IIPeriod: 12/03/2015 - 11/23/2018 Total Amount: $749,560

36. Title: Ruby: A Hybrid, Wearable Motion Capture System Funding Agency: Department of Defense - UnitedStates Air Force Funding Method: Small Business Innovation Research (SBIR) - Phase I Period: 8/26/2014 -5/26/2015 Total Amount: $149,797

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